Display device
Provided is a display device including a display panel capable of being folded or rolled up, and a plate-shaped member placed on the display panel and capable of being folded or rolled up together with the display panel, the plate-shaped member including a bendable portion that is bent when the plate-shaped member is folded or rolled up together with the display panel, the bendable portion including a region group including a plurality of regions arranged in a bending direction along which the bendable portion is bent when the plate-shaped member is folded or rolled up together with the display panel, the bendable portion having openings with each of the regions having a plurality of through holes formed therein, an opening area ratio of the bendable portion in each of the regions being different from an opening area ratio of the bendable portion in an adjacent one of the regions.
1. A display device, comprising:
a display panel capable of being rolled up; and
a plate-shaped member placed on the display panel and capable of being rolled up together with the display panel, wherein
the plate-shaped member includes a bendable portion that is bent when the plate-shaped member is rolled up together with the display panel,
the bendable portion includes:
a first region group on a first side of a middle of the bendable portion in a bending direction along which the bendable portion is bent when the plate-shaped member is rolled up together with the display panel, and
a second region group on a second side of the middle of the bendable portion opposite to the first side in the bending direction,
each of the first region group and the second region group includes a plurality of regions arranged in the bending direction, the bendable portion having openings with each of the plurality of regions having a plurality of through holes formed therein,
the plurality of regions of the first region group include a first middle region positioned in a middle of the first region group in the bending direction, a first end region positioned at a first end of the first region group in the bending direction, and a second end region positioned at a second end of the first region group in the bending direction,
in the first region group, an opening area ratio of the bendable portion in the first end region and an opening area ratio of the bendable portion in the second end region are smaller than an opening area ratio of the bendable portion in the first middle region,
the plurality of regions of the second region group include a second middle region positioned in a middle of the second region group in the bending direction, a third end region positioned at a first end of the second region group in the bending direction, and a fourth end region positioned at a second end of the second region group in the bending direction, and
in the second region group, an opening area ratio of the bendable portion in the third end region and an opening area ratio of the bendable portion in the fourth end region are smaller than an opening area ratio of the bendable portion in the second middle region.
2. The display device according to claim 1 , wherein, in a perpendicular direction perpendicular to the bending direction, a dimension of each of the plurality of through holes formed in the first end region and a dimension of each of the plurality of through holes formed in the second end region are smaller than a dimension of each of the plurality of through holes formed in the first middle region.
3. The display device according to claim 1 , wherein
the plurality of regions further include one or more regions positioned between the first middle region and the first end region and one or more regions positioned between the first middle region and the second end region, and
the opening area ratio of the bendable portion in the plurality of regions decreases from the first middle region toward the first end region, and decreases from the first middle region toward the second end region.
4. The display device according to claim 1 , wherein
the plurality of through holes formed in each of the plurality of regions are arranged at least in a perpendicular direction perpendicular to the bending direction, and
an interval between the plurality of through holes formed in one of two adjacent regions of the plurality of regions and arranged in the perpendicular direction is different from an interval between the plurality of through holes formed in another one of the two adjacent regions and arranged in the perpendicular direction.
5. The display device according to claim 1 , wherein the plurality of through holes formed in each of the plurality of regions are arranged in a staggered configuration.